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通过计算机进行的全国抗生素耐药性调查。多重抗生素耐药性分析导论。

Nationwide survey of antibiotic resistance by means of a computer. An introduction into the analysis of multiple antibiotic resistance.

作者信息

Grunt J, Krcméry V

出版信息

Zentralbl Bakteriol Orig A. 1975 Aug;232(4):521-33.

PMID:812292
Abstract

One-year surveillance of single and multiple antibiotic resistance of 8 species of so-called "Problem Bacteria" by computer analysis of data obtained from 18 Public Health Laboratories in Slovakia in 1973 enables to establish the most frequently occuring spectra of multiple drug resistance which would point to the spread of typical R plasmids among the Problem bacteria investigated. As an introduction, we surveyed the mode of testing of Problem bacteria in individual PHLs against antibiotics - drugs of choice. Iw was important to find out whether strains belonging to Problem bacteria investigated are tested against sufficient number of antibacterial drugs. Our study shows that the percentage of bi- and multiple drug resistance in almost all bacterial species investigated depend on the number of antibiotics used in tests in vitro as single discs. The more antibiotic discs are used to test the strains, the more chance the laboratory has to register the true picture of multiresistance to antibiotics. Our study also shows that the testing in the PHLs associated to the computer study in this respect is inadequate. Moreover, the increasing complexity and proportion of multiple drug resistance in Problem Bacteria - with a notable exception of Salmonellae - forces the PHLs to use more and more discs so that using two Petri dishes full of discs - 12 to 15 discs - begins to be necessary in testing of most of the Problem bacteria under investigation.

摘要

通过对1973年从斯洛伐克18个公共卫生实验室获得的数据进行计算机分析,对8种所谓“问题细菌”的单药和多药耐药性进行了为期一年的监测,从而能够确定最常见的多重耐药谱,这将表明典型R质粒在所研究的问题细菌中传播。作为引言,我们调查了各个公共卫生实验室针对问题细菌对抗生素(首选药物)的检测方式。重要的是要弄清楚所研究的问题细菌菌株是否针对足够数量的抗菌药物进行了检测。我们的研究表明,几乎所有所研究细菌物种中的双药和多药耐药百分比取决于体外试验中作为单纸片使用的抗生素数量。用于检测菌株的抗生素纸片越多,实验室记录抗生素多重耐药真实情况的机会就越大。我们的研究还表明,在这方面与计算机研究相关的公共卫生实验室的检测是不充分的。此外,除沙门氏菌外,问题细菌中多重耐药的复杂性和比例不断增加,迫使公共卫生实验室使用越来越多的纸片,以至于在检测大多数所研究的问题细菌时,开始需要使用两个装满纸片(12至15个纸片)的培养皿。

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